<div class="sw-email-modal sw--display-block"> <div id="emailModalContentContainer"> <span class="noty_close sw--position-absolute sw--position-right sw--padding-top-3 sw--padding-right-3 icon-cancel sw--opacity-8"></span> <div class="sw-row"> <div class="sw-email-modal__copy sw--position-relative sw--display-block sw--padding-vert-4"> <p class="last sw--font-size-16">Sign up to get email alerts on discount promotions. There might be one very soon...</p> <form action="/register/email-signup" class="sw-email-modal__signup sw--position-relative" data-confirmation="emailConfirmationModal" data-sw-email-modal-form> <input type="text" class="sw-email-modal__signup-input sw--input-height__medium" placeholder="Email address" name="email" /> <input type="hidden" class="sw-email-modal__signup-input" name="location" value="/product/YEYVETL6C/crispr-rna-pendant" /> <input type="hidden" class="sw-email-modal__signup-input" name="confirmation" value="emailConfirmationModal" /> <input type="submit" class="btn-primary" value="Sign Up" /> <div id="emailModalFormError" class="text-error" style="display:none"></div> </form> </div> </div> </div>

Click and drag to rotate
CRISPR RNA Pendant 3d printed

Not a Photo

Black Strong & Flexible
CRISPR RNA Pendant 3d printed
CRISPR RNA Pendant 3d printed

Not a Photo


  • 3D printed in Black Strong & Flexible: Black nylon plastic with a matte finish and slight grainy feel.
  • Be the first to try. Learn more
  • This product is intended for mature audiences.
Share Link
Embed This Product

Product Description

Say hello to biggest little thing in biotechnology!

This is a stylized model of a guide RNA from the CRISPR/Cas system bound to its target DNA. If you haven't heard of CRISPR/Cas9, see the protein model's page. To many biologists, CRISPR symbolizes a revolution that is happening right now in the way we study life. Borrowed from bacteria, this RNA/protein toolkit can be used to make targeted "edits" to the genomes of anything with DNA. This pendant is designed to show how the targeted DNA and the guide RNA fold inside a Cas9 protein [1]. The PAM motif of the DNA is shown on the far left side; this is the sequence that a cas9 protein can recognize and pry apart to compare with the RNA sequence it's carrying. Just after the PAM motif, one strand of the DNA is flipped 180 degrees, and if its sequence matches the guide RNA (the folded-up structure on the right half of the pendant), cas9 cuts the DNA in two places. In this model you can see the two cuts: both the paired and unpaired strand are cut 3 nucleotides away from the PAM motif, making a double-stranded break. When DNA breaks, the cell will try to repair it, but mistakes often get made that produce a mutation at the site of the break. The magic of this system is that we can design the guide RNA to target basically any sequence! So if you're curious about how any particular gene works, you can use CRISPR to modify it in different ways and observe the consequences.


I styled this model so it can sit on a flat surface. If you're interested in a pendant designed to hang from a necklace chain, this design is also available with a bail. If you prefer 3D, I made mini and mega scale models of the actual crystal structure cited belowAnd if you want to go all out, check out the mini or mega models of the entire protein/RNA/DNA complex!


[1] Hiroshi Nishimasu et al., "Crystal structure of Staphylococcus aureus Cas9." Cell (2015) 

What's in the Box
Black Strong & Flexible
0.1 cm
2.9 cm
1.6 cm

Sign In or Join to comment.


We're sorry to inform you that we no longer support this browser and can't confirm that everything will work as expected. For the best Shapeways experience, please use one of the following browsers:

Click anywhere outside this window to continue.